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Schneider Electric SH32051P02F1200 — Servo Motors with Brake

SH32051P02F1200 SH3 Servo Motor, 5500 W, Hiperface

MPNSH32051P02F1200
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Schneider Electric SH32051P02F1200 SH3 series three-phase servo motor, 5500 W continuous power, 80 N.m holding torque, 38 mm smooth shaft, absolute multiturn SinCos Hiperface encoder, IP65/IP67, international standard flange mount.

Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

SH32051P02F1200 — Identification
ParameterValue
Product typeServo motor
Holding brakeWith
SH32051P02F1200 — Performance
ParameterValue
Nominal torque282.3 lbf.in (31.9 N.m) 115 V single phase 239.0 lbf.in (27 N.m) 230 V single phase 154.9 lbf.in (17.5 N.m) 400 V three phase 122.1 lbf.in (13.8 N.m) 480 V three phase
Nominal output power2510 W 115 V single phase 4240 W 230 V single phase 5500 W 400 V three phase 5200 W 480 V three phase
Continuous power5500 W
Nominal speed750 rpm 115 V single phase 1500 rpm 230 V single phase 3000 rpm 400 V three phase 3600 rpm 480 V three phase
Maximum mechanical speed3800 rpm
Continuous stall torque326.6 lbf.in (36.9 N.m) 115...480 V three phase
Peak stall torque973.6 lbf.in (110 N.m) 115...480 V three phase
Holding brake torque708.06 lbf.in (80 N.m)
Rotor inertia87.4 kg.cm²
SH32051P02F1200 — Electrical
ParameterValue
Rated supply voltage (Us)115...480 V
Network phases3
PhaseThree phase
Maximum current (Irms)87.2 A
Continuous stall current21 A
Torque constant1.75 N.m/A 248 °F (120 °C)
Back-EMF constant104 V/krpm 68 °F (20 °C)
Number of motor poles5
Stator resistance0.3 Ohm
Stator inductance2.97 mH
Electrical connectionStraight connector
SH32051P02F1200 — Feedback
ParameterValue
Encoder typeAbsolute multiturn SinCos Hiperface
Speed feedback resolution128 periods
SH32051P02F1200 — Mechanical
ParameterValue
Shaft end styleSmooth shaft
Shaft diameter1.5 in (38 mm)
Shaft length3.1 in (80 mm)
Motor flange size8.07 in (205 mm)
Mounting supportInternational standard flange
Length14.6 in (370.5 mm)
Number of mounting holes4
Mounting-hole diameter0.6 in (14 mm)
Mounting-hole bolt circle diameter8.5 in (215 mm)
Centring collar diameter7.09 in (180 mm)
Centring collar depth0.2 in (4 mm)
Maximum radial force (Fr)3730 N 1000 rpm 2960 N 2000 rpm 2580 N 3000 rpm
Maximum axial force (Fa)740 N
SH32051P02F1200 — Environmental
ParameterValue
IP degree of protectionIP65 motor: conforming to IEC 60034-5 IP65 shaft bushing: conforming to IEC 60034-5 IP67 housing: conforming to IEC 60034-5
Cooling methodNatural convection
Winding (copper hot) temperature266 °F (130 °C)

Product details

Where this 5.5 kW SH3 fits on a machine

The Schneider Electric SH32051P02F1200 is a 205 mm flange, three-phase servo motor in the SH3 family sized for mid-range axis work — packaging lines, machine-tool feeders, and palletiser drives where 5.5 kW continuous output moves the load without oversizing the cabinet. The motor housing is IP67 with IP65 at the shaft bushing per IEC 60034-5, so the body tolerates wet environments while the shaft seal keeps oil and coolant off the bushing — adequate for a washdown-adjacent cell, though not a full food-grade jets-and-immersion zone. Cooling is natural convection, not a fan; that choice keeps acoustic noise and moving-parts failure modes off the axis but means continuous torque must be derated against the ambient temperature profile rather than treated as a steady-state figure.

Torque and speed across the supported voltage rails

Nominal speed is bus-voltage dependent: 3000 rpm at 400 V three phase and 3600 rpm at 480 V three phase, dropping to 1500 rpm at 230 V single phase and 750 rpm at 115 V single phase — so the drive sizing decision is really a bus-voltage decision before it is a power decision. Nominal output power tracks that same curve: 5500 W at 400 V three phase, 5200 W at 480 V three phase, 4240 W at 230 V single phase, and 2510 W at 115 V single phase. Nominal torque inverts that curve because power equals torque times speed: 17.5 N.m at 400 V three phase and 13.8 N.m at 480 V three phase, climbing to 27 N.m at 230 V single phase and 31.9 N.m at 115 V single phase — the lower the bus voltage, the more torque per amp at the cost of speed. Continuous stall torque is 36.9 N.m across the 115 to 480 V three-phase range, and peak stall torque reaches 110 N.m for short bursts — the 3x ratio between continuous and peak is what makes the axis accelerate aggressive inertial loads without tripping the drive. Maximum RMS current is 87.2 A, identical to the 3-second peak output current, so the drive's continuous and peak current limits can be set to the same value without under-utilising the motor's thermal envelope.

Holding brake and shaft-side load ratings

The motor ships with a holding brake rated at 80 N.m, which exceeds the 36.9 N.m continuous stall torque by a 2:1 safety margin — enough to hold a vertical axis against gravity in a stopped state without relying on drive regen. Shaft-side loads are bounded by 740 N axial and 3730 N radial at 1000 rpm (dropping to 2580 N radial at 3000 rpm), so a belt reducer or pinion that pushes radial load past the curve will wear the front bearing long before the windings give out. The smooth 38 mm shaft is 80 mm long, which gives a coupling or pinion enough engagement to handle the 110 N.m peak torque without keyway fretting on direct-coupled axes.

Mounting geometry and electrical interface

Mounting is international-standard flange with a 205 mm flange, 180 mm centring collar at 4 mm depth, and four 14 mm mounting holes — the panel-builder must reserve that bolt circle on the gearbox or machine face before committing the BOM line. Length is 370.5 mm motor body, which sets the cantilever moment when the axis is mounted on a cantilevered gearbox; check the gearbox input-shaft length so the motor face seats flush without preloading the bearings. Electrical connection is a straight connector rather than a flying lead, so the cable gland and shield termination live on the connector backshell — order the matching shielded power and resolver/Hiperface cables from the same drive family to keep the EMC and grounding story clean. The five-pole stator with a 104 V/krpm back-EMF constant at 20 °C and 1.75 N.m/A torque constant at 120 °C gives the drive commissioning engineer a clean way to back-calculate flux and torque scaling during autotune.

Sourcing posture and what to ask for at RFQ

The listing carries no formal production-status flag beyond current stock notation, so lifecycle should be reconfirmed at quote time — for a SH3 motor of this size, the practical question is whether the gearbox mating half, Hiperface cable, and drive from the same family are still being shipped alongside it.

Frequently asked questions

Is the SH32051P02F1200 available via RFQ confirmation and what is the lead time for an order?

Stock position and lead time are confirmed at quote time against the RFQ. For a 5.5 kW servo motor in this frame size, expect a quoted-to-order posture rather than a same-day ship, especially if the BOM line also requires the matching Hiperface cable and drive.

What is the SH32051P02F1200's listed phase on this component line?

It is a three-phase servo motor per the spec line, with supported single-phase operating points at 115 V and 230 V at reduced speed and power.

What is the SH32051P02F1200's listed length?

Motor body length is 14.6 in (370.5 mm), which sets the cantilever and panel-cutout envelope the panel builder has to reserve behind the gearbox face.

What compliance documentation is available for the SH32051P02F1200?

The IP ratings are stated per IEC 60034-5 — IP65 at the shaft bushing and IP67 at the housing — which is the compliance figure carried on this listing. RoHS, REACH, UL, and any regional approvals beyond that are not carried in this spec line and must be requested with the RFQ if the receiving site requires them on the inspection paperwork.

MPN
SH32051P02F1200